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Shows normal development in a wide range of organisms, using real-time and time-lapse cinemicrography to demonstrate major cellular rearrangements. The diversity of embryonic patterns by shown by the way...
Considers the mechanisms that allow cells to differentiate and interact during development to produce the shape of the adult organism. Morphogenesis, the generation of shape and form, is illustrated by...
The mechanisms of cellular signalling during the aggregation phases of ‘Dictyostelium discoideum’ in which cellular signalling controls the aggregation of amoebae resulting in the formation of...
Slime mould. Formation of diploid amoeba following fusion of haploid amoebae (fusion of nuclei in the prophase); formation of diploid plasmodia after fusion of haploid amoebae (fusion of nuclei in the...
Slime mould. Directed movement on the substrate, shuttle streaming of the protoplasm, sensitivity to touch, chemotaxis (glucose, acetic acid).
Slime mould. Amoebae and plasmodia behave differently during nuclear and cell division, in liquids and during nutrient uptake. With animated graphics.
Shows the extreme variability of morphology and motility of which the bacteria are capable. Made from material shot in 1968. An Encyclopaedia Cinematographica film.
Demonstrates the remarkable range of morphological changes possible in a species of ‘slime-moulds’. Made from material shot in 1968. An Encylcopaedia Cinematographica film.
Details the method of aggregation and the development of secondary centres. Made from material shot in 1963. An Encyclopaedia Cinematographica film. *BMA/BLAT.
Shows the aggregation process. An Encyclopaedia Cinematographica film.
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